ATP5F1A RNA Transcript 1
atp5f1a
Gene type: protein
organism=Homo sapiens
RNA - Complete transcript with introns and exons
β 3290 codons, 552 functional, 716 bonds
Pattern Distribution:
Pattern 3 (Structural (Simple)): 57 (10.3%)
Pattern 5 (Flow (Bonding)): 94 (17.0%)
Pattern 20 (Complex (Coordination)): 221 (40.0%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 44 (8.0%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 55 (10.0%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 29 (5.3%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 25 (4.5%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 27 (4.9%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 2738 (83.2%)The sequence that builds ATP, our energy storage.
ππβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ ποΈβ° πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° ποΈπ ποΈπ πͺ¨πͺ¨ πβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈπ πͺ¨πͺ¨ ποΈπ ππ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ βπ§ πΈπ βπ¬ π΅π₯ βπ¬ βπ βπ β¬π« βπ¬ βποΈ ββ°οΈ π΅π βποΈ πΈπ βπ¨ π΅π₯ β¬π« ππ βπ― βποΈ βπ ππΏ ππ βπ ππ΅ ππ βπ΅ βπͺ ππ΅ βποΈ βπ βπ πππͺοΈ β¬π βπ ππ βπ βπ βπ βπͺ¨ βπ πΈπ₯ βπ ππ π΅πΌ, πΈπ π΅πΌ, βπ βπ§ βπ₯ πΈπ βπ βπ πΈπ₯ βπ§ ππ― π΅π₯ βπ πΈπ₯ πΈπ πβ‘ βπ§ ββ΅ βπ πΈπ― βπ§ πΈπ₯ βπ§ ππ― π𧬠πΈπ π΅π₯ πΈπ― βπ πππͺοΈ βπ πΈπ βπ§ πΈπ βπ βπ ββ°οΈ βπ¬ βπ πΈπ βπ§ β¬β β¬π πΈπ― βπ πβ‘ ππ― ππ― βπ βποΈ ππ― πΈβ·οΈ βπ΅ βπ΅ πβ¬π βπ ππ ππ βπ πΈπ βπ β¬π βπ β¬πͺ πΈπ βπ§ πππ± πΈπ― πΈπ πΈπ― πΈπ― βπ¬ πΈβ·οΈ πΈπ ππ βπ§ βπ βπ― βπ βπ β¬πͺ πβ¬π ππ― βπ ββ‘ β¬π β¬β π΅πΌ, πβ¬π πβ‘ βποΈ πΈπ― β¬πͺ βπ¬ πΈπ ββ‘ πΈπ βπ§ β¬πͺ βπ§ πΈβ·οΈ ππ βπ¨ πΈπ― ββ‘ βπ§ βπ βποΈ πΈπ βπ βπ βπ βπ§ πΈπ ππ ππ πΈπ βπ πΈπ βπ΅ πππ± π΅πΌ, π΅π₯ βπ π΅π₯ ββ‘ πΈπ πΈπ₯ β¬π πβ‘ ππ ππ βπ βποΈ πΈπ βπ¨ βπ βπ΅ ββ‘ π΅π₯ β¬πͺ πΈπ βπ π΅π― π΅πΌ, πΈπ βποΈ βπ β¬π« πΈπ― β¬πͺ βπ βπ βποΈ π΅π« βπ πΈπ βπ¨ πΈπ βπ π΅π₯ βπ§ βπ― βπ₯ βπ πΈπ βπ§ ββ°οΈ βπ π΅πΌ, πΈπ β¬π π𧬠βπ βπ βπ βπ βπ§ βπͺ¨ βπ βποΈ βπ ππ β¬π βπ€Έ ππ΅ πππ± βπ§ πΈπ βπͺ βπ§ βπ§ ππ β¬π β¬π βπ§ βπ» ββ βπ βποΈ πΈπ― βπ βπ πΈπ βπ ππ β¬β βπͺ βπͺ¨ πΈπ― βπ ππ πΈβ·οΈ βποΈ β¬π β¬β βπ― ββ΅ ππ― βπ ππ― βπ βποΈ β¬π βπ» βπͺ¨ βποΈ πΈπ― βποΈ πΈπ β¬π« ββ΅ β¬π« βπ β¬πͺ βπ βπ ππ βπ― βπ βπ» βποΈ β¬π« πΈπ βποΈ βπ πΈπ ββ βπ΅ βποΈ ππ ππ― βπ» ππ΅ βπ ππ― πππ± πΈπ πππ± βπ βπ ππ΅ βπ₯ βποΈ βπ’ βπ§ ππ² βπ βπͺ πππ± βπ β¬π« πΈπ― βπ βποΈ ββ°οΈ βπ βπ₯ πΈπ πΈπ₯ πΈβ·οΈ βπ§ ββ°οΈ ββ°οΈ πΈπ ππ πΈπ βπ¨ βπ§ β¬π« βπ’ πΈπ πΈπ βπ§ πΈπ― πΈβ·οΈ βπ’ βποΈ βπ βπ ββ°οΈ πΈβ·οΈ βπ§ β¬πͺ β¬β πβ‘ πβ‘ πππ± βπ β¬π ππ² βπ ππ΅ πΈπ πΈπ πΈπ βπ βπ π΅πΌ, βπ ππ΅ π΅π« ββ‘ βποΈ ππ― π𧬠βπ β¬π« πΈπ βπ§ πΈπ― πΈπ βπ βποΈ βποΈ πΈπ π𧬠ππ πΈπ― βποΈ βπ΅ βποΈ βπͺ¨ βπ§ ππ βπ βπ₯ βπ βπ β¬πͺ π𧬠ππ― βπ° πΈβ·οΈ βπ’ πππ± πβ¬π βπ ββ°οΈ ππ βπ βπ βπ βπ¬ πΈπ πΈπ₯ πΈπ πΈπ― βπͺ βπ¨ πΈπ― ππ βπͺ π΅π βπ ππ π𧬠ππΏ β¬π« βπ β¬π π΅π― βποΈ πβ‘ πβ¬π ββ΅ βποΈ β¬π βπ§ β¬πͺ βπ° β¬π« βπ βπ» βπ¨ βπ§ βποΈ βπ βπ ππ΅ βπ ππ πΈβ·οΈ ππ βπ΅ βπ§ βποΈ ππ² βπ βπ βπͺ¨ βπ βπ βπ― ππ΅ β¬β βπ¨ πΈπ βπ¬ π΅π₯ πΈπ₯ π𧬠βπ§ πΈβ·οΈ βπ§ β¬π π΅π― πβ¬π βπ βπ» βπ΅ πΈπ βποΈ β¬π« βπ βπ§ ππ― βπ ββ‘ β¬π« πΈπ― βπ βπ’ βπ ππ πΈπ― πππͺοΈ ππ βπ πΈπ₯ βπ§ βπ βπ― β¬πͺ π΅π« ππΏ πππ± βπ₯ ββ΅ ππ πΈβ·οΈ βπ§ β¬π βπ ππ΅ βπ πΈπ βπ πΈπ― βπ¬ ππΏ ππ π΅π― ππ πβ‘ βπ πΈβ·οΈ ππ βπͺ¨ βπ ππΏ β¬π« βπ§ πΈπ ππ βπ₯ βπ ππ― βπ βπͺ ππ― βπ ππ βπ§ β¬π ππ― βπ₯ πΈπ― π𧬠ππ ππ΅ βπ β¬π« πΈπ βπ° βπ§ πβ‘ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ ππ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ β°π β°ποΈ πͺ¨πͺ¨ β°π πβ° πͺ¨πͺ¨ β°ποΈ πβ° πͺ¨πͺ¨ πΆπ ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πΆπ πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°π β°ποΈ πΆβ° πΆπ πποΈ ππ πͺ¨πͺ¨ πΆπ β°π πͺ¨πͺ¨ πβ° β°π β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π ποΈβ° ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ππ πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ποΈπ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ β°ποΈ πΆπ β°ποΈ ππ ποΈπ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ ποΈπ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πποΈ πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈπ ποΈβ° πποΈ β°π πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ππ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆβ° ππ πͺ¨πͺ¨ πβ° β°ποΈ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πΆπ β°ποΈ πͺ¨πͺ¨ πΆπ πΆπ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ β°π πποΈ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°π πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈπ ποΈβ° πΆπ β°ποΈ πβ° πͺ¨πͺ¨ β°ποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ ποΈπ πποΈ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ ππ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°ποΈ β°ποΈ πͺ¨πͺ¨ ποΈβ° πβ° πͺ¨πͺ¨ ποΈπ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πβ° β°ποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πβ° ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πβ° πͺ¨πͺ¨ πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° ποΈβ° πΆπ β°ποΈ ππ πͺ¨πͺ¨ β°ποΈ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆποΈ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πβ° β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° β°ποΈ πποΈ πͺ¨πͺ¨ β°π πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ πΆβ° β°π πΆβ° β°ποΈ πͺ¨πͺ¨ πποΈ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πποΈ πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ ππ β°ποΈ ππ ποΈπ β°ποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ ποΈπ ποΈπ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πΆπ πβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°π ποΈπ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π ποΈβ° πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πποΈ πͺ¨πͺ¨ ποΈβ° πποΈ ποΈβ° πΆβ° πΆβ° πΆβ° πΆβ° β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ποΈβ° πΆπ πΆβ° πͺ¨πͺ¨ ποΈπ β°ποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ ποΈβ° πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆβ° β°ποΈ πͺ¨πͺ¨ πΆπ β°ποΈ πΆποΈ ποΈβ° ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πβ° β°π β°π πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ β°π β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πβ° πͺ¨πͺ¨ πΆβ° πβ° ππ πΆπ ππ πͺ¨πͺ¨ πβ° ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°π ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°ποΈ πΆβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ ππ β°π ποΈβ° β°π πβ° πͺ¨πͺ¨ ππ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° β°π πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ ποΈβ° πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ ποΈπ ποΈπ ποΈπ ποΈβ° ποΈβ° πΆπ πͺ¨πͺ¨ ππ ποΈπ β°ποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πβ° πβ° ποΈπ ποΈπ πποΈ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ ποΈβ° πβ° ππ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° β°π πΆβ° πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆπ ποΈβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ β°π β°ποΈ πβ° πͺ¨πͺ¨ πβ° ποΈπ πβ° ποΈπ πβ° πβ° πποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πΆβ° πβ° πΆβ° πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° ποΈπ ποΈβ° ποΈβ° πΆπ β°ποΈ ππ πͺ¨πͺ¨ β°ποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°π ποΈπ πποΈ β°π πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πΆπ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆποΈ ππ πͺ¨πͺ¨ β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ πΆπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°ποΈ ππ πͺ¨πͺ¨ β°ποΈ ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πΆβ° πΆποΈ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ππ β°π πΆποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πΆβ° πͺ¨πͺ¨ ππ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πΆπ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°π β°π πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ β°π πβ° ποΈπ πΆβ° πͺ¨πͺ¨ πΆπ πΆπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ππ πβ° ποΈπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πβ° πβ° ππ ποΈπ πͺ¨πͺ¨ ποΈβ° ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°π πβ° πβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π β°ποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ ποΈπ ποΈβ° ποΈπ πͺ¨πͺ¨ ποΈπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° β°ποΈ πποΈ πͺ¨πͺ¨ β°π πποΈ ππ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πβ° ποΈβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆπ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πβ° ππ πΆπ πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πΆπ ποΈβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πβ° πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈπ πβ° πΆβ° πͺ¨πͺ¨ ποΈβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ποΈβ° πποΈ β°π πͺ¨πͺ¨ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ ποΈπ πͺ¨πͺ¨ πΆβ° πβ° πβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° ποΈβ° πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ β°π πποΈ β°ποΈ ποΈπ β°π πͺ¨πͺ¨ πΆπ πποΈ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πβ° πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ β°π ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ ποΈβ° πΆποΈ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πποΈ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ β°π πΆβ° πͺ¨πͺ¨ πΆβ° πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πβ° ποΈβ° πβ° πͺ¨πͺ¨ β°π ποΈβ° πΆβ° πΆβ° β°π ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆβ° πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πͺ¨πͺ¨ ποΈβ° ποΈπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πΆβ° πΆβ° πΆβ° β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πβ° β°ποΈ πποΈ πͺ¨πͺ¨ β°ποΈ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ ποΈπ ποΈβ° ποΈβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ππ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πΆβ° β°ποΈ πͺ¨πͺ¨ πβ° β°ποΈ πΆποΈ β°ποΈ ποΈβ° πποΈ πβ° β°π πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ππ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πΆπ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πΆπ ππ πͺ¨πͺ¨ β°ποΈ β°π ππ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈβ° β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πποΈ πͺ¨πͺ¨ πΆπ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ποΈβ° πΆβ° πͺ¨πͺ¨ πΆπ β°π ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ β°π ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° β°π πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ β°π β°π πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πβ° β°π πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πβ° β°ποΈ β°ποΈ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ ποΈβ° πΆποΈ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ ππ β°π πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πποΈ β°π β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° ππ ππ πΆπ πͺ¨πͺ¨ πΆβ° πποΈ β°π β°π πβ° ππ πβ° πβ° β°π β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πβ° πͺ¨πͺ¨ β°π β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πβ° ππ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈπ β°π β°π πͺ¨πͺ¨ πΆπ β°ποΈ ποΈπ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πβ° β°π πΆβ° β°π β°π πΆποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πβ° πΆβ° πͺ¨πͺ¨ πΆβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°ποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πποΈ β°ποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ β°π πΆποΈ πͺ¨πͺ¨ ποΈπ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πΆπ πβ° πͺ¨πͺ¨ πβ° πΆβ° πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° β°π πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° β°π ππ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ποΈπ ππ πβ° πͺ¨πͺ¨ πποΈ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π πΆπ ππ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆποΈ πͺ¨πͺ¨ πΆπ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° β°ποΈ ποΈβ° πβ° πβ° πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πποΈ ποΈβ° πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° ποΈπ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈβ° πΆβ° πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πποΈ πποΈ β°π πͺ¨πͺ¨ πΆβ° β°π πποΈ ππ πͺ¨πͺ¨ πποΈ β°π πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ ποΈπ πͺ¨πͺ¨ πποΈ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°π ποΈπ ποΈπ πβ° πποΈ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πβ° πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πͺ¨πͺ¨ πΆπ πβ° πβ° ππ πͺ¨πͺ¨ β°π πͺ¨πͺ¨ ππ πͺ¨πͺ¨ β°π πποΈ πΆβ° ππ πͺ¨πͺ¨ πͺ¨πͺ¨ πͺ¨πͺ¨ πΆβ° πͺ¨πͺ¨ πͺ¨πͺ¨ β°ποΈ πͺ¨πͺ¨ ποΈβ° πͺ¨πͺ¨ πΆβ° β°π πΆπ πͺ¨πͺ¨ πΆβ° πβ° πποΈ πͺ¨πͺ¨
Gene Report
π¬ ATP5F1A_RNA_T1
Function: β SYMMETRY BUILDER (Pentagon Geometry)
Total Codons: 3290, Functional: 552
Pattern Distribution:
Pattern 3 (Structural (Simple)): 57 (10.3%)
Pattern 5 (Flow (Bonding)): 94 (17.0%)
Pattern 20 (Complex (Coordination)): 221 (40.0%)
Pattern 201 (Spiral Threaders (ΟΒΉ Harmonics)): 44 (8.0%)
Pattern 202 (Pentagon Ricochets (ΟΒ² Harmonics)): 55 (10.0%)
Pattern 203 (Fibonacci Pilers (ΟΒ³ Harmonics)): 29 (5.3%)
Pattern 204 (Golden Harmonic Resonators (Οβ΄ Harmonics)): 25 (4.5%)
Pattern 205 (Geometric Controllers (Οβ Harmonics)): 27 (4.9%)
Junk 66 (DNA's Highway - navigating, timing, scaling, control): 2738 (83.2%)
Flow/Structure Ratio: 1.65 - βοΈ Moderate flow structure balance
Folding Strategy: π COMPLEX FOLDING (Multi-domain coordination)
Bonding Sites: 716
Early bonds: 716 (avg distance: 48.4)
Middle bonds: 0 (avg distance: 0.0)
Late bonds: 0 (avg distance: 0.0)
π Protein Folding - Bond/Coordination Candidates:
π· @49 (5+6 :GTC) βπͺ Flow Figure8 + Opposites69, 93, 107, 118(-1), 124, 126, 132(-3) β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 98 β To @(5+6 GTC)
π° @51 (204+3 :GCG) πͺ 59 β To @(204+5 CGC) <> π΄ High Energy Collision 63, 104, 119 β To @(204+3 GCG)
π° @55 (202+5 :GGC) πͺ 58, 129(-5) β To @(20+14 CCG) <> π΄ High Energy Collision 64 β To @(202+5 GGC)
π· @57 (20+25 :GGT) πͺ 83 β To @(203+4 CCA) <> π΄ High Energy Collision 67, 142 β To @(20+25 GGT)
π° @58 (20+14 :CCG) πͺ 55, 64(4) β To @(202+5 GGC) <> π΄ High Energy Collision 129 β To @(20+14 CCG)
π° @59 (204+5 :CGC) πͺ 51, 63(4), 104, 119 β To @(204+3 GCG) <> π‘ Medium Energy Guidance 92, 94 β To @(204+1 GAC)
π· @60 (3+8 :CCT) πͺπ Opposites + Structural Lock Key74, 145(3), 146(4), 156(4) β To @(202+4, 3+7 GGA, TTC)
π’ @61 (5+7 :TCC) βπͺ Flow Figure8 + Opposites147(7), 157(4) β To @(202+1, 5+8 ACC, AGG)
π’ @62 (20+10 :TCG) πͺ 108, 138 β To @(201+4 AGC)
π° @63 (204+3 :GCG) πͺ 59(4) β To @(204+5 CGC) <> π΄ High Energy Collision 51, 104, 119 β To @(204+3 GCG)
π° @64 (202+5 :GGC) πͺ 58(4), 129 β To @(20+14 CCG) <> π΄ High Energy Collision 55 β To @(202+5 GGC)
π’ @66 (20+3 :ACT) πͺ 96, 102, 109, 113, 115, 125, 158(-2) β To @(20+11 TGA)
π· @67 (20+25 :GGT) πͺ 83(-1) β To @(203+4 CCA) <> π΄ High Energy Collision 57, 142 β To @(20+25 GGT)
π’ @68 (20+15 :CTC) πͺ 134 β To @(202+3 GAG) <> π΄ High Energy Collision 85, 99, 111 β To @(20+15 CTC)
π· @69 (203+2 :CAG) πͺ 49, 98(-1), 152 β To @(5+6 GTC)
π° @74 (3+7 :TTC) πͺπ Opposites + Structural Lock Key60, 80(-2), 122(-2) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 145, 146 β To @(3+7 TTC)
π° @80 (201+1 :AAG) πͺ 74(-2), 145(-2), 146(-2) β To @(3+7 TTC) <> π΄ High Energy Collision 73, 122, 147, 150, 174 β To @(201+1, 201+5, 202+1 AAG, AGG, GGG)
π· @83 (203+4 :CCA) πͺ 57, 67(-1), 142 β To @(20+25 GGT)
π’ @85 (20+15 :CTC) πͺ 134, 179 β To @(202+3 GAG) <> π΄ High Energy Collision 68, 99, 111 β To @(20+15 CTC)
π’ @88 (20+9 :TCA) πͺ 177(4) β To @(20+21 AGT) <> π΄ High Energy Collision 90, 137 β To @(20+9 TCA)
π· @89 (5+1 :TCT) βπͺ Flow Figure8 + Opposites103(-2), 112(-2), 116(-2), 120, 136(-4), 139(-2), 140, 143, 160, 162, 163, 175(6), 184 β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 101, 106, 114 β To @(5+1 TCT)
π’ @90 (20+9 :TCA) πͺ 177(3), 188 β To @(20+21 AGT) <> π΄ High Energy Collision 88, 137 β To @(20+9 TCA)
π° @93 (5+5 :TGG) β 49, 98, 152 β To @(5+6 GTC) <> π΄ High Energy Collision 107, 118, 124, 126, 132, 161, 166, 189 β To @(5+5 TGG)
π’ @96 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 102, 109, 113, 115, 125, 158, 168, 190 β To @(20+11 TGA)
π° @98 (5+6 :GTC) βπͺ Flow Figure8 + Opposites69(-1), 93, 107, 118, 124(-2), 126(-2), 132(3), 161, 166, 189(-1) β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 49, 152 β To @(5+6 GTC)
π’ @99 (20+15 :CTC) πͺ 134(5), 179 β To @(202+3 GAG) <> π΄ High Energy Collision 68, 85, 111 β To @(20+15 CTC)
π° @101 (5+1 :TCT) βπͺ Flow Figure8 + Opposites103(1), 112(-3), 116(-3), 120(1), 136(2), 139(-3), 140(-3), 143(-2), 160(1), 162(2), 163(1), 175(-4), 184, 196(-1) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 89, 106, 114 β To @(5+1 TCT)
π’ @102 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 109, 113, 115, 125, 158, 168, 190, 198 β To @(20+11 TGA)
π° @103 (201+3 :AGA) πͺ 89(-2), 101(1), 106(-1), 114(-4) β To @(5+1 TCT) <> π΄ High Energy Collision 116, 139, 140, 143, 175 β To @(201+3 AGA)
π’ @104 (204+3 :GCG) πͺ 59 β To @(204+5 CGC) <> π΄ High Energy Collision 51, 63, 119 β To @(204+3 GCG)
π° @106 (5+1 :TCT) βπͺ Flow Figure8 + Opposites103(-1), 112(-1), 116(-2), 120(-2), 136, 139(-1), 140, 143, 160(-2), 162(-2), 163(-1), 175(-2), 184, 196(3) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 89, 101, 114 β To @(5+1 TCT)
π° @107 (5+5 :TGG) β 49, 98, 152(-1) β To @(5+6 GTC) <> π΄ High Energy Collision 93, 118, 124, 126, 132, 161, 166, 189, 201, 206 β To @(5+5 TGG)
π’ @108 (201+4 :AGC) πͺ 62, 195(3) β To @(20+10 TCG) <> π΄ High Energy Collision 138, 182 β To @(201+4 AGC)
π’ @109 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 113, 115, 125, 158, 168, 190, 198, 205 β To @(20+11 TGA)
π· @111 (20+15 :CTC) πͺ 134(1), 179 β To @(202+3 GAG) <> π΄ High Energy Collision 68, 85, 99 β To @(20+15 CTC)
π° @112 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89(-2), 101(-3), 106(-1), 114(2), 131 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 120, 136, 160, 162, 163, 184, 196 β To @(5+2 TGT)
π’ @113 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 115, 125, 158, 168, 190, 198, 205 β To @(20+11 TGA)
π° @114 (5+1 :TCT) βπͺ Flow Figure8 + Opposites103(-4), 112(2), 116(2), 120(-2), 136(-1), 139(-3), 140(-3), 143(-2), 160(-4), 162(-3), 163(-3), 175(-2), 184(-2), 196(-4) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 89, 101, 106 β To @(5+1 TCT)
π’ @115 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 113, 125, 158, 168, 190, 198, 205 β To @(20+11 TGA)
π° @116 (201+3 :AGA) πͺ 89(-2), 101(-3), 106(-2), 114(2) β To @(5+1 TCT) <> π΄ High Energy Collision 103, 139, 140, 143, 175 β To @(201+3 AGA)
π· @118 (5+5 :TGG) β 49(-1), 98, 152 β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 124, 126, 132...,189, 201, 206, 211 β To @(5+5 TGG)
π’ @119 (204+3 :GCG) πͺ 59 β To @(204+5 CGC) <> π΄ High Energy Collision 51, 63, 104, 215, 217 β To @(204+3 GCG)
π° @120 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89, 101(1), 106(-2), 114(-2), 131(-1) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 136, 160, 162, 163, 184, 196 β To @(5+2 TGT)
π· @122 (201+1 :AAG) πͺ 74(-2), 145(-2), 146(-3), 212(-1) β To @(3+7 TTC) <> π΄ High Energy Collision 73, 80, 147, 150, 174, 181, 194, 208 β To @(201+1, 201+5, 202+1 AAG, AGG, GGG)
π· @124 (5+5 :TGG) β 49, 98(-2), 152(-2) β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 126, 132...,201, 206, 211, 219 β To @(5+5 TGG)
π’ @125 (20+11 :TGA) πͺ 66, 170(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 113, 115, 158, 168, 190, 198, 205 β To @(20+11 TGA)
π· @126 (5+5 :TGG) β 49, 98(-2), 152(-2) β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 124, 132...,201, 206, 211, 219 β To @(5+5 TGG)
π’ @129 (20+14 :CCG) πͺ 55(-5), 64 β To @(202+5 GGC) <> π΄ High Energy Collision 58 β To @(20+14 CCG)
π° @131 (20+19 :ACA) πͺ 112, 120(-1), 136, 160(-2), 162(-3), 163(-3), 184(-1), 196 β To @(5+2 TGT)
π· @132 (5+5 :TGG) β 49(-3), 98(3), 152 β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 124, 126...,201, 206, 211, 219 β To @(5+5 TGG)
π· @134 (202+3 :GAG) πͺ 68, 85, 99(5), 111(1) β To @(20+15 CTC) <> π΄ High Energy Collision 81, 135, 154, 178, 179, 221 β To @(202+2, 202+3 GAA, GAG)
π° @136 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89(-4), 101(2), 106, 114(-1), 131, 220 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 160, 162, 163, 184, 196 β To @(5+2 TGT)
π’ @137 (20+9 :TCA) πͺ 177(-1), 188, 197(1), 218(5), 231(2) β To @(20+21 AGT) <> π΄ High Energy Collision 88, 90 β To @(20+9 TCA)
π’ @138 (201+4 :AGC) πͺ 62, 195(2), 228 β To @(20+10 TCG) <> π΄ High Energy Collision 108, 182, 222 β To @(201+4 AGC)
π· @139 (201+3 :AGA) πͺ 89(-2), 101(-3), 106(-1), 114(-3), 220(1) β To @(5+1 TCT) <> π΄ High Energy Collision 103, 116, 140, 143, 175 β To @(201+3 AGA)
π· @140 (201+3 :AGA) πͺ 89, 101(-3), 106, 114(-3), 220(1) β To @(5+1 TCT) <> π΄ High Energy Collision 103, 116, 139, 143, 175 β To @(201+3 AGA)
π’ @142 (20+25 :GGT) πͺ 83 β To @(203+4 CCA) <> π΄ High Energy Collision 57, 67 β To @(20+25 GGT)
π· @143 (201+3 :AGA) πͺ 89, 101(-2), 106, 114(-2), 220 β To @(5+1 TCT) <> π΄ High Energy Collision 103, 116, 139, 140, 175 β To @(201+3 AGA)
π· @144 (5+4 :GTT) πͺ 159, 213(-3) β To @(203+1 CAA) <> π΄ High Energy Collision 165, 193 β To @(5+4 GTT)
π· @145 (3+7 :TTC) πͺπ Opposites + Structural Lock Key60(3), 80(-2), 122(-2), 200 β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 74, 146, 212, 230 β To @(3+7 TTC)
π· @146 (3+7 :TTC) πͺπ Opposites + Structural Lock Key60(4), 80(-2), 122(-3), 200 β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 74, 145, 212, 230 β To @(3+7 TTC)
π’ @147 (202+1 :AGG) πͺ 61(7), 187, 209, 227 β To @(5+7 TCC) <> π΄ High Energy Collision 80, 122, 174, 181 β To @(201+1, 202+1 AAG, AGG)
π° @152 (5+6 :GTC) βπͺ Flow Figure8 + Opposites69, 93, 107(-1), 118, 124(-2), 126(-2), 132, 161, 166, 189, 201, 206(-1), 211, 219, 238, 249, 251 β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 98 β To @(5+6 GTC)
π’ @156 (202+4 :GGA) πͺ 60(4), 200 β To @(3+8 CCT) <> π΄ High Energy Collision 173, 185, 191, 233, 243 β To @(202+4 GGA)
π’ @157 (5+8 :ACC) β 61(4), 187(-1), 209, 227 β To @(5+7 TCC) <> π΄ High Energy Collision 234 β To @(5+8 ACC)
π· @158 (20+11 :TGA) πͺ 66(-2), 170(-2), 255(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 113, 115...,190, 198, 205, 254 β To @(20+11 TGA)
π° @159 (203+1 :CAA) πͺ 144, 165(-2), 193 β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 65, 213, 224 β To @(203+1, 203+5 CAA, CGG)
π· @160 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89, 101(1), 106(-2), 114(-4), 131(-2), 220(-2) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 136, 162, 163, 184, 196, 242 β To @(5+2 TGT)
π° @161 (5+5 :TGG) β 98, 152 β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 124, 126...,238, 249, 251, 258 β To @(5+5 TGG)
π’ @162 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89, 101(2), 106(-2), 114(-3), 131(-3), 220(-2), 261 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 136, 160, 163, 184, 196, 242 β To @(5+2 TGT)
π’ @163 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89, 101(1), 106(-1), 114(-3), 131(-3), 220(-1), 261 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 136, 160, 162, 184, 196, 242 β To @(5+2 TGT)
π’ @164 (20+16 :CGT) πͺ 236 β To @(204+2 GCA) <> π΄ High Energy Collision 130, 186 β To @(20+16 CGT)
π° @165 (5+4 :GTT) πͺ 159(-2), 213(-2) β To @(203+1 CAA) <> π΄ High Energy Collision 144, 193 β To @(5+4 GTT)
π· @166 (5+5 :TGG) β 98, 152 β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 124, 126...,249, 251, 258, 263 β To @(5+5 TGG)
π° @168 (20+11 :TGA) πͺ 170(1), 255(-1) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 113, 115...,198, 205, 254, 259 β To @(20+11 TGA)
π° @170 (20+3 :ACT) πͺ 96(-2), 102(-2), 109(-2), 113(-2), 115(-2), 125(-2), 158(-2), 168(1), 190(-2), 198(-2), 205(-2), 254(-1), 259(-2) β To @(20+11 TGA) <> π΄ High Energy Collision 255 β To @(20+3 ACT)
π· @173 (202+4 :GGA) πͺ 200 β To @(3+8 CCT) <> π΄ High Energy Collision 156, 185, 191, 233, 243 β To @(202+4 GGA)
π· @174 (202+1 :AGG) πͺ 187(-1), 209, 227 β To @(5+7 TCC) <> π΄ High Energy Collision 80, 122, 147, 181 β To @(201+1, 202+1 AAG, AGG)
π’ @175 (201+3 :AGA) πͺ 89(6), 101(-4), 106(-2), 114(-2), 220 β To @(5+1 TCT) <> π΄ High Energy Collision 103, 116, 139, 140, 143 β To @(201+3 AGA)
π’ @177 (20+21 :AGT) πͺ 88(4), 90(3), 137(-1), 252 β To @(20+9 TCA) <> π΄ High Energy Collision 188, 197, 218, 231 β To @(20+21 AGT)
π’ @179 (202+3 :GAG) πͺ 85, 99, 111, 266(-3) β To @(20+15 CTC) <> π΄ High Energy Collision 81, 134, 135, 154, 178, 221, 264, 276 β To @(202+2, 202+3 GAA, GAG)
π° @181 (202+1 :AGG) πͺ 187, 209(-1), 227(3) β To @(5+7 TCC) <> π΄ High Energy Collision 122, 147, 174 β To @(201+1, 202+1 AAG, AGG)
π· @182 (201+4 :AGC) πͺ 195(-1), 228(3), 250 β To @(20+10 TCG) <> π΄ High Energy Collision 108, 138, 222 β To @(201+4 AGC)
π’ @184 (5+2 :TGT) βπͺ Flow Figure8 + Opposites89, 101, 106, 114(-2), 131(-1), 220, 261 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 136, 160, 162, 163, 196, 242 β To @(5+2 TGT)
π· @185 (202+4 :GGA) πͺ 200 β To @(3+8 CCT) <> π΄ High Energy Collision 156, 173, 191, 233, 243 β To @(202+4 GGA)
π’ @186 (20+16 :CGT) πͺ 236(3) β To @(204+2 GCA) <> π΄ High Energy Collision 130, 164 β To @(20+16 CGT)
π° @187 (5+7 :TCC) βπͺ Flow Figure8 + Opposites147, 157(-1), 174(-1), 181, 234(2) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 209, 227 β To @(5+7 TCC)
π’ @188 (20+21 :AGT) πͺ 90, 137, 252(-2) β To @(20+9 TCA) <> π΄ High Energy Collision 177, 197, 218, 231 β To @(20+21 AGT)
π’ @189 (5+5 :TGG) β 98(-1), 152 β To @(5+6 GTC) <> π΄ High Energy Collision 93, 107, 118, 124, 126...,251, 258, 263, 281 β To @(5+5 TGG)
π· @190 (20+11 :TGA) πͺ 170(-2), 255(-1) β To @(20+3 ACT) <> π΄ High Energy Collision 96, 102, 109, 113, 115...,270, 280, 283, 284 β To @(20+11 TGA)
π° @191 (202+4 :GGA) πͺ 200(-2) β To @(3+8 CCT) <> π΄ High Energy Collision 156, 173, 185, 233, 243 β To @(202+4 GGA)
π· @193 (5+4 :GTT) πͺ 159, 213, 279 β To @(203+1 CAA) <> π΄ High Energy Collision 144, 165 β To @(5+4 GTT)
π· @195 (20+10 :TCG) πͺ 108(3), 138(2), 182(-1), 222(3) β To @(201+4 AGC) <> π΄ High Energy Collision 228, 250 β To @(20+10 TCG)
π· @196 (5+2 :TGT) βπͺ Flow Figure8 + Opposites101(-1), 106(3), 114(-4), 131, 220(2), 261 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 112, 120, 136, 160, 162, 163, 184, 242, 293 β To @(5+2 TGT)
π’ @197 (20+21 :AGT) πͺ 137(1), 252(-1) β To @(20+9 TCA) <> π΄ High Energy Collision 177, 188, 218, 231 β To @(20+21 AGT)
π· @198 (20+11 :TGA) πͺ 170(-2), 255 β To @(20+3 ACT) <> π΄ High Energy Collision 102, 109, 113, 115, 125...,270, 280, 283, 284 β To @(20+11 TGA)
π’ @199 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 128, 203, 268, 294 β To @(20+12 TGC)
π° @200 (3+8 :CCT) πͺπ Opposites + Structural Lock Key145, 146, 156, 173, 185, 191(-2), 212(-2), 230, 233, 243 β To @(202+4, 3+7 GGA, TTC)
π’ @201 (5+5 :TGG) β 152 β To @(5+6 GTC) <> π΄ High Energy Collision 107, 118, 124, 126, 132...,258, 263, 281, 296 β To @(5+5 TGG)
π’ @203 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 128, 199, 268, 294 β To @(20+12 TGC)
π’ @205 (20+11 :TGA) πͺ 170(-2), 255(-3) β To @(20+3 ACT) <> π΄ High Energy Collision 109, 113, 115, 125, 158...,270, 280, 283, 284 β To @(20+11 TGA)
π’ @206 (5+5 :TGG) β 152(-1) β To @(5+6 GTC) <> π΄ High Energy Collision 107, 118, 124, 126, 132...,258, 263, 281, 296 β To @(5+5 TGG)
π· @209 (5+7 :TCC) βπͺ Flow Figure8 + Opposites147, 157, 174, 181(-1), 234(-2) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 187, 227 β To @(5+7 TCC)
π’ @210 (3+2 :AAT) π 292 β To @(3+1 TTA) <> π΄ High Energy Collision 141, 171, 229, 235, 248, 267, 272 β To @(3+2 AAT)
π’ @211 (5+5 :TGG) β 152 β To @(5+6 GTC) <> π΄ High Energy Collision 118, 124, 126, 132, 161...,258, 263, 281, 296 β To @(5+5 TGG)
π· @212 (3+7 :TTC) πͺπ Opposites + Structural Lock Key122(-1), 200(-2) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 145, 146, 230 β To @(3+7 TTC)
π· @213 (203+1 :CAA) πͺ 144(-3), 165(-2), 193, 305 β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 159, 224, 279 β To @(203+1, 203+5 CAA, CGG)
π’ @214 (204+1 :GAC) πͺ 290 β To @(20+1 CTG) <> π΄βοΈ βοΈ High Energy Collision + Unknown Coordination 204+1 205+1 + Unknown Coordination 205+1 204+1 149, 167, 180, 207, 237, 262, 285, 298 β To @(204+1, 205+1 AAA, GAC)
π’ @218 (20+21 :AGT) πͺ 137(5), 252(-4), 297(-2) β To @(20+9 TCA) <> π΄ High Energy Collision 177, 188, 197, 231 β To @(20+21 AGT)
π’ @219 (5+5 :TGG) β 152 β To @(5+6 GTC) <> π΄ High Energy Collision 124, 126, 132, 161, 166...,258, 263, 281, 296 β To @(5+5 TGG)
π· @220 (5+1 :TCT) βπͺ Flow Figure8 + Opposites136, 139(1), 140(1), 143, 160(-2), 162(-2), 163(-1), 175, 184, 196(2), 242, 293, 302, 311, 313 β To @(201+3, 5+2 AGA, TGT)
π° @222 (201+4 :AGC) πͺ 195(3), 228, 250 β To @(20+10 TCG) <> π΄ High Energy Collision 138, 182 β To @(201+4 AGC)
π’ @226 (20+2 :CAT) πͺ 289(-1), 317(-4) β To @(20+22 GTA) <> π΄ High Energy Collision 183, 239, 273, 315, 319 β To @(20+2 CAT)
π° @227 (5+7 :TCC) βπͺ Flow Figure8 + Opposites147, 157, 174, 181(3), 234(-1) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 187, 209 β To @(5+7 TCC)
π° @228 (20+10 :TCG) πͺ 138, 182(3), 222 β To @(201+4 AGC) <> π΄ High Energy Collision 195, 250 β To @(20+10 TCG)
π’ @229 (3+2 :AAT) π 292 β To @(3+1 TTA) <> π΄ High Energy Collision 141, 171, 210, 235, 248, 267, 272 β To @(3+2 AAT)
π’ @230 (3+7 :TTC) π 200 β To @(3+8 CCT) <> π΄ High Energy Collision 145, 146, 212 β To @(3+7 TTC)
π· @231 (20+21 :AGT) πͺ 137(2), 252(-2), 297 β To @(20+9 TCA) <> π΄ High Energy Collision 177, 188, 197, 218 β To @(20+21 AGT)
π’ @233 (202+4 :GGA) πͺ 200 β To @(3+8 CCT) <> π΄ High Energy Collision 156, 173, 185, 191, 243, 327 β To @(202+4 GGA)
π° @234 (5+8 :ACC) β 187(2), 209(-2), 227(-1) β To @(5+7 TCC) <> π΄ High Energy Collision 157 β To @(5+8 ACC)
π’ @235 (3+2 :AAT) π 292(2) β To @(3+1 TTA) <> π΄ High Energy Collision 141, 171, 210, 229, 248, 267, 272 β To @(3+2 AAT)
π’ @236 (204+2 :GCA) πͺ 164, 186(3) β To @(20+16 CGT)
π’ @237 (204+1 :GAC) πͺ 290(5) β To @(20+1 CTG) <> π΄βοΈ βοΈ High Energy Collision + Unknown Coordination 204+1 205+1 + Unknown Coordination 205+1 204+1 149, 167, 180, 207, 214, 262, 285, 298 β To @(204+1, 205+1 AAA, GAC)
π’ @238 (5+5 :TGG) β 152, 322 β To @(5+6 GTC) <> π΄ High Energy Collision 161, 166, 189, 201, 206...,258, 263, 281, 296 β To @(5+5 TGG)
π’ @239 (20+2 :CAT) πͺ 289(3), 317(-4), 333 β To @(20+22 GTA) <> π΄ High Energy Collision 183, 226, 273, 315, 319 β To @(20+2 CAT)
π· @241 (202+5 :GGC) πͺ 260(4) β To @(20+14 CCG) <> π΄ High Energy Collision 323, 325, 335 β To @(202+5 GGC)
π· @242 (5+2 :TGT) βπͺ Flow Figure8 + Opposites220, 261(4) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 160, 162, 163, 184, 196, 293, 302, 320 β To @(5+2 TGT)
π’ @243 (202+4 :GGA) πͺ 200, 334(-1) β To @(3+8 CCT) <> π΄ High Energy Collision 156, 173, 185, 191, 233, 327 β To @(202+4 GGA)
π· @246 (20+25 :GGT) πͺ 275, 304(-2) β To @(203+4 CCA) <> π΄ High Energy Collision 306, 321 β To @(20+25 GGT)
π’ @248 (3+2 :AAT) π 292, 337(-1) β To @(3+1 TTA) <> π΄ High Energy Collision 171, 210, 229, 235, 267, 272 β To @(3+2 AAT)
π’ @249 (5+5 :TGG) β 152, 322 β To @(5+6 GTC) <> π΄ High Energy Collision 161, 166, 189, 201, 206...,263, 281, 296, 339 β To @(5+5 TGG)
π· @250 (20+10 :TCG) πͺ 182, 222 β To @(201+4 AGC) <> π΄ High Energy Collision 195, 228 β To @(20+10 TCG)
π’ @251 (5+5 :TGG) β 152, 322 β To @(5+6 GTC) <> π΄ High Energy Collision 161, 166, 189, 201, 206...,281, 296, 339, 350 β To @(5+5 TGG)
π· @252 (20+9 :TCA) πͺ 177, 188(-2), 197(-1), 218(-4), 231(-2) β To @(20+21 AGT) <> π΄ High Energy Collision 297, 332 β To @(20+9 TCA)
π° @254 (20+11 :TGA) πͺ 170(-1), 255(4), 309(-2), 331(-3) β To @(20+3 ACT) <> π΄ High Energy Collision 158, 168, 190, 198, 205, 259, 270, 280, 283, 284 β To @(20+11 TGA)
π° @255 (20+3 :ACT) πͺ 158(-2), 168(-1), 190(-1), 198, 205(-3), 254(4), 259(-2), 270(-3), 280(-2), 283(-4), 284(-4) β To @(20+11 TGA) <> π΄ High Energy Collision 170, 309, 331 β To @(20+3 ACT)
π’ @258 (5+5 :TGG) β 322(3) β To @(5+6 GTC) <> π΄ High Energy Collision 161, 166, 189, 201, 206...,281, 296, 339, 350 β To @(5+5 TGG)
π° @259 (20+11 :TGA) πͺ 170(-2), 255(-2), 309, 331 β To @(20+3 ACT) <> π΄ High Energy Collision 168, 190, 198, 205, 254, 270, 280, 283, 284, 358 β To @(20+11 TGA)
π· @260 (20+14 :CCG) πͺ 241(4), 323(5), 325(1), 335 β To @(202+5 GGC)
π· @261 (20+19 :ACA) πͺ 162, 163, 184, 196, 242(4), 293(2), 302, 320(3) β To @(5+2 TGT) <> π΄ High Energy Collision 352 β To @(20+19 ACA)
π· @262 (204+1 :GAC) πͺ 290, 340(-2) β To @(20+1 CTG) <> π΄βοΈ βοΈ High Energy Collision + Unknown Coordination 204+1 205+1 + Unknown Coordination 205+1 204+1 167, 180, 207, 214, 237, 285, 298 β To @(204+1, 205+1 AAA, GAC)
π’ @263 (5+5 :TGG) β 322(4) β To @(5+6 GTC) <> π΄ High Energy Collision 166, 189, 201, 206, 211...,281, 296, 339, 350 β To @(5+5 TGG)
π’ @266 (20+15 :CTC) πͺ 179(-3), 299(-2), 308(-3) β To @(202+3 GAG) <> π΄ High Energy Collision 326, 338 β To @(20+15 CTC)
π· @267 (3+2 :AAT) π 292(-2), 337(-2) β To @(3+1 TTA) <> π΄ High Energy Collision 171, 210, 229, 235, 248, 272 β To @(3+2 AAT)
π° @268 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 199, 203, 294, 303, 312, 314, 328, 329, 353, 366 β To @(20+12 TGC)
π· @270 (20+11 :TGA) πͺ 255(-3), 309, 331 β To @(20+3 ACT) <> π΄ High Energy Collision 190, 198, 205, 254, 259, 280, 283, 284, 358 β To @(20+11 TGA)
π· @272 (3+2 :AAT) π 292(2), 337, 367 β To @(3+1 TTA) <> π΄ High Energy Collision 210, 229, 235, 248, 267 β To @(3+2 AAT)
π· @273 (20+2 :CAT) πͺ 289, 317(-5), 333(1), 345 β To @(20+22 GTA) <> π΄ High Energy Collision 183, 226, 239, 315, 319, 342, 356 β To @(20+2 CAT)
π· @275 (203+4 :CCA) πͺ 246, 306(-4), 321 β To @(20+25 GGT) <> π΄ High Energy Collision 304 β To @(203+4 CCA)
π° @277 (20+20 :ACG) πͺ 199, 203, 268, 294, 303(1), 312, 314(-1), 328, 329, 353(-2), 366 β To @(20+12 TGC)
π· @279 (203+1 :CAA) πͺ 193, 305(2), 373(2) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 213, 224, 349, 351, 362 β To @(203+1, 203+5 CAA, CGG)
π· @280 (20+11 :TGA) πͺ 255(-2), 309, 331(1) β To @(20+3 ACT) <> π΄ High Energy Collision 190, 198, 205, 254, 259, 270, 283, 284, 358 β To @(20+11 TGA)
π’ @281 (5+5 :TGG) β 322, 371(2) β To @(5+6 GTC) <> π΄ High Energy Collision 189, 201, 206, 211, 219...,296, 339, 350, 379 β To @(5+5 TGG)
π· @283 (20+11 :TGA) πͺ 255(-4), 309, 331 β To @(20+3 ACT) <> π΄ High Energy Collision 190, 198, 205, 254, 259, 270, 280, 284, 358, 381 β To @(20+11 TGA)
π· @284 (20+11 :TGA) πͺ 255(-4), 309(-1), 331 β To @(20+3 ACT) <> π΄ High Energy Collision 190, 198, 205, 254, 259, 270, 280, 283, 358, 381 β To @(20+11 TGA)
π’ @288 (20+4 :GCT) πͺ 359(2) β To @(203+3 CGA) <> π΄ High Energy Collision 192, 374 β To @(20+4 GCT)
π· @289 (20+22 :GTA) πͺ 226(-1), 239(3), 273, 315(-3), 319(-2), 342(-1), 356 β To @(20+2 CAT) <> π΄ High Energy Collision 317, 333, 345 β To @(20+22 GTA)
π· @290 (20+1 :CTG) πͺ 214, 237(5), 262 β To @(204+1 GAC) <> π΄ High Energy Collision 340 β To @(20+1 CTG)
π· @292 (3+1 :TTA) π 210, 229, 235(2), 248, 267(-2), 272(2) β To @(3+2 AAT) <> π΄ High Energy Collision 337, 367 β To @(3+1 TTA)
π’ @293 (5+2 :TGT) βπͺ Flow Figure8 + Opposites220, 261(2), 352(-2), 363(-2), 372, 391 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 196, 242, 302, 320, 365, 387 β To @(5+2 TGT)
π· @294 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 199, 203, 268, 303, 312, 314, 328, 329, 353, 366 β To @(20+12 TGC)
π· @296 (5+5 :TGG) β 322, 371(1) β To @(5+6 GTC) <> π΄ High Energy Collision 201, 206, 211, 219, 238...,339, 350, 379, 385 β To @(5+5 TGG)
π’ @297 (20+9 :TCA) πͺ 218(-2), 231 β To @(20+21 AGT) <> π΄ High Energy Collision 252, 332, 369 β To @(20+9 TCA)
π· @299 (202+3 :GAG) πͺ 266(-2), 326, 338, 392 β To @(20+15 CTC) <> π΄ High Energy Collision 221, 264, 276, 286, 287, 307, 308, 316, 397 β To @(202+2, 202+3 GAA, GAG)
π’ @302 (5+2 :TGT) βπͺ Flow Figure8 + Opposites220, 261, 352(-2), 363(-2), 372, 391(2) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 242, 293, 320, 365, 387 β To @(5+2 TGT)
π· @303 (20+12 :TGC) πͺ 277(1) β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 312, 314, 328, 329, 353, 366 β To @(20+12 TGC)
π° @304 (203+4 :CCA) πͺ 246(-2), 306(2), 321(-3) β To @(20+25 GGT) <> π΄ High Energy Collision 275 β To @(203+4 CCA)
π· @305 (5+4 :GTT) πͺ 213, 279(2), 349, 351(2), 362(2), 400 β To @(203+1 CAA) <> π΄ High Energy Collision 373, 388, 394 β To @(5+4 GTT)
π° @306 (20+25 :GGT) πͺ 275(-4), 304(2) β To @(203+4 CCA) <> π΄ High Energy Collision 246, 321 β To @(20+25 GGT)
π· @308 (202+3 :GAG) πͺ 266(-3), 326, 338, 392 β To @(20+15 CTC) <> π΄ High Energy Collision 221, 264, 276, 286, 287, 299, 307, 316, 397, 402 β To @(202+2, 202+3 GAA, GAG)
π· @309 (20+3 :ACT) πͺ 254(-2), 259, 270, 280, 283, 284(-1), 358, 381, 386 β To @(20+11 TGA) <> π΄ High Energy Collision 255, 331 β To @(20+3 ACT)
π’ @311 (201+3 :AGA) πͺ 220, 372 β To @(5+1 TCT) <> π΄ High Energy Collision 313, 344, 348 β To @(201+3 AGA)
π’ @312 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 314, 328, 329, 353, 366, 404 β To @(20+12 TGC)
π’ @313 (201+3 :AGA) πͺ 220, 372 β To @(5+1 TCT) <> π΄ High Energy Collision 311, 344, 348 β To @(201+3 AGA)
π’ @314 (20+12 :TGC) πͺ 277(-1) β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 312, 328, 329, 353, 366, 404, 412 β To @(20+12 TGC)
π° @315 (20+2 :CAT) πͺ 289(-3), 317(2), 333(-2), 345(-2) β To @(20+22 GTA) <> π΄ High Energy Collision 226, 239, 273, 319, 342, 356 β To @(20+2 CAT)
π° @317 (20+22 :GTA) πͺ 226(-4), 239(-4), 273(-5), 315(2), 319(2), 342(-4), 356(-4), 416(-2) β To @(20+2 CAT) <> π΄ High Energy Collision 289, 333, 345 β To @(20+22 GTA)
π° @319 (20+2 :CAT) πͺ 289(-2), 317(2), 333(-2), 345(-1) β To @(20+22 GTA) <> π΄ High Energy Collision 226, 239, 273, 315, 342, 356, 416 β To @(20+2 CAT)
π’ @320 (5+2 :TGT) βπͺ Flow Figure8 + Opposites261(3), 352(2), 363(-2), 372(-1), 391, 419(2) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 242, 293, 302, 365, 387 β To @(5+2 TGT)
π· @321 (20+25 :GGT) πͺ 275, 304(-3) β To @(203+4 CCA) <> π΄ High Energy Collision 246, 306 β To @(20+25 GGT)
π· @322 (5+6 :GTC) β 238, 249, 251, 258(3), 263(4), 281, 296, 339, 350(2), 379(2), 385, 406, 407, 408, 421 β To @(5+5 TGG) <> π΄ High Energy Collision 371 β To @(5+6 GTC)
π’ @323 (202+5 :GGC) πͺ 260(5), 368, 375(3), 376(3), 393(1) β To @(20+14 CCG) <> π΄ High Energy Collision 241, 325, 335, 364, 382, 420 β To @(202+5 GGC)
π’ @325 (202+5 :GGC) πͺ 260(1), 368, 375(3), 376(3), 393(-1) β To @(20+14 CCG) <> π΄ High Energy Collision 241, 323, 335, 364, 382, 420 β To @(202+5 GGC)
π· @326 (20+15 :CTC) πͺ 299, 308, 397(-2) β To @(202+3 GAG) <> π΄ High Energy Collision 266, 338, 392, 409 β To @(20+15 CTC)
π° @327 (202+4 :GGA) πͺ 334(-1), 390(-1) β To @(3+8 CCT) <> π΄ High Energy Collision 233, 243, 396 β To @(202+4 GGA)
π’ @328 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 312, 314...,366, 404, 412, 425 β To @(20+12 TGC)
π’ @329 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 312, 314...,366, 404, 412, 425 β To @(20+12 TGC)
π· @331 (20+3 :ACT) πͺ 254(-3), 259, 270, 280(1), 283, 284, 358(2), 381, 386, 422 β To @(20+11 TGA) <> π΄ High Energy Collision 255, 309 β To @(20+3 ACT)
π’ @332 (20+9 :TCA) πͺ 415(4) β To @(20+21 AGT) <> π΄ High Energy Collision 252, 297, 369 β To @(20+9 TCA)
π° @333 (20+22 :GTA) πͺ 239, 273(1), 315(-2), 319(-2), 342(4), 356(2), 416(4), 427, 432(4) β To @(20+2 CAT) <> π΄ High Energy Collision 289, 317, 345 β To @(20+22 GTA)
π° @334 (3+8 :CCT) πͺπ Opposites + Structural Lock Key243(-1), 327(-1), 341(4), 396(2), 433(4) β To @(202+4, 3+7 GGA, TTC) <> π΄ High Energy Collision 390 β To @(3+8 CCT)
π’ @335 (202+5 :GGC) πͺ 260, 368(-1), 375(3), 376(4), 393 β To @(20+14 CCG) <> π΄ High Energy Collision 241, 323, 325, 364, 382, 420 β To @(202+5 GGC)
π’ @336 (5+7 :TCC) β 377(7) β To @(5+8 ACC) <> π΄ High Energy Collision 384, 428 β To @(5+7 TCC)
π’ @337 (3+1 :TTA) π 248(-1), 267(-2), 272, 401 β To @(3+2 AAT) <> π΄ High Energy Collision 292, 367, 426 β To @(3+1 TTA)
π’ @338 (20+15 :CTC) πͺ 299, 308, 397 β To @(202+3 GAG) <> π΄ High Energy Collision 266, 326, 392, 409 β To @(20+15 CTC)
π· @339 (5+5 :TGG) β 322, 371, 424 β To @(5+6 GTC) <> π΄ High Energy Collision 249, 251, 258, 263, 281...,406, 407, 408, 421 β To @(5+5 TGG)
π’ @340 (20+1 :CTG) πͺ 262(-2), 411 β To @(204+1 GAC) <> π΄ High Energy Collision 290 β To @(20+1 CTG)
π° @341 (3+7 :TTC) π 334(4), 390 β To @(3+8 CCT) <> π΄ High Energy Collision 433 β To @(3+7 TTC)
π° @342 (20+2 :CAT) πͺ 289(-1), 317(-4), 333(4), 345 β To @(20+22 GTA) <> π΄ High Energy Collision 273, 315, 319, 356, 416, 427, 432, 434 β To @(20+2 CAT)
π· @344 (201+3 :AGA) πͺ 372 β To @(5+1 TCT) <> π΄ High Energy Collision 311, 313, 348, 417 β To @(201+3 AGA)
π° @345 (20+22 :GTA) πͺ 273, 315(-2), 319(-1), 342, 356(-1), 416(-2), 427, 432, 434 β To @(20+2 CAT) <> π΄ High Energy Collision 289, 317, 333 β To @(20+22 GTA)
π· @348 (201+3 :AGA) πͺ 372(7) β To @(5+1 TCT) <> π΄ High Energy Collision 311, 313, 344, 417, 444 β To @(201+3 AGA)
π· @349 (203+1 :CAA) πͺ 305, 373(7), 388, 394, 446(-3) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 279, 351, 362, 400, 437, 448 β To @(203+1, 203+5 CAA, CGG)
π· @350 (5+5 :TGG) β 322(2), 371(9), 424(3) β To @(5+6 GTC) <> π΄ High Energy Collision 251, 258, 263, 281, 296...,406, 407, 408, 421 β To @(5+5 TGG)
π· @351 (203+1 :CAA) πͺ 305(2), 373(5), 388(4), 394, 446(-2) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 279, 349, 362, 400, 437, 448 β To @(203+1, 203+5 CAA, CGG)
π· @352 (20+19 :ACA) πͺ 293(-2), 302(-2), 320(2), 365(-4), 387(6), 423(2), 431 β To @(5+2 TGT) <> π΄ High Energy Collision 261, 363, 391, 419, 438 β To @(20+19 ACA)
π’ @353 (20+12 :TGC) πͺ 277(-2) β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 312, 314...,366, 404, 412, 425 β To @(20+12 TGC)
π° @355 (20+24 :GAT) πͺ 357(2), 383(-2), 389(-1), 447(-2) β To @(20+17 CTA) <> π΄ High Energy Collision 256, 370, 439 β To @(20+24 GAT)
π· @356 (20+2 :CAT) πͺ 289, 317(-4), 333(2), 345(-1) β To @(20+22 GTA) <> π΄ High Energy Collision 273, 315, 319, 342, 416, 427, 432, 434 β To @(20+2 CAT)
π° @357 (20+17 :CTA) πͺ 355(2), 370(-2), 439(-2) β To @(20+24 GAT) <> π΄ High Energy Collision 383, 389, 447 β To @(20+17 CTA)
π· @358 (20+11 :TGA) πͺ 309, 331(2) β To @(20+3 ACT) <> π΄ High Energy Collision 259, 270, 280, 283, 284, 381, 386, 422, 436 β To @(20+11 TGA)
π· @359 (203+3 :CGA) πͺ 288(2), 374, 395 β To @(20+4 GCT) <> π΄ High Energy Collision 403 β To @(203+3 CGA)
π· @362 (203+1 :CAA) πͺ 305(2), 373(4), 388(4), 394(5), 446(-2) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 279, 349, 351, 400, 437, 448 β To @(203+1, 203+5 CAA, CGG)
π° @363 (20+19 :ACA) πͺ 293(-2), 302(-2), 320(-2), 365(2), 387(2), 423(-2), 431(-2), 460 β To @(5+2 TGT) <> π΄ High Energy Collision 352, 391, 419, 438 β To @(20+19 ACA)
π° @364 (202+5 :GGC) πͺ 368(2), 375(4), 376(1), 393(5), 451 β To @(20+14 CCG) <> π΄ High Energy Collision 323, 325, 335, 382, 420 β To @(202+5 GGC)
π° @365 (5+2 :TGT) βπͺ Flow Figure8 + Opposites352(-4), 363(2), 372(2), 391(1), 419(-4), 438(-2), 458 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 293, 302, 320, 387, 423, 431, 460, 463 β To @(5+2 TGT)
π’ @366 (20+12 :TGC) πͺ 277 β To @(20+20 ACG) <> π΄ High Energy Collision 268, 294, 303, 312, 314...,404, 412, 425, 453 β To @(20+12 TGC)
π’ @367 (3+1 :TTA) π 272, 401, 454(-2) β To @(3+2 AAT) <> π΄ High Energy Collision 292, 337, 426 β To @(3+1 TTA)
π° @368 (20+14 :CCG) πͺ 323, 325, 335(-1), 364(2), 382(3), 420(2) β To @(202+5 GGC) <> π΄ High Energy Collision 375, 376, 393, 451 β To @(20+14 CCG)
π’ @369 (20+9 :TCA) πͺ 415 β To @(20+21 AGT) <> π΄ High Energy Collision 297, 332 β To @(20+9 TCA)
π· @370 (20+24 :GAT) πͺ 357(-2), 383(6), 389(2), 447(1) β To @(20+17 CTA) <> π΄ High Energy Collision 355, 439 β To @(20+24 GAT)
π° @371 (5+6 :GTC) βπͺ Flow Figure8 + Opposites281(2), 296(1), 339, 350(9), 379, 385(6), 406, 407, 408, 421(5), 457(-4), 470 β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 322, 424, 459 β To @(5+6 GTC)
π° @372 (5+1 :TCT) βπͺ Flow Figure8 + Opposites293, 302, 311, 313, 320(-1), 344, 348(7), 365(2), 387(3), 417(1), 423(1), 431, 444(-1), 460(-2), 463 β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 458 β To @(5+1 TCT)
π· @373 (5+4 :GTT) πͺ 279(2), 349(7), 351(5), 362(4), 400, 448 β To @(203+1 CAA) <> π΄ High Energy Collision 305, 388, 394, 446 β To @(5+4 GTT)
π· @374 (20+4 :GCT) πͺ 359, 403(2) β To @(203+3 CGA) <> π΄ High Energy Collision 288, 395 β To @(20+4 GCT)
π° @375 (20+14 :CCG) πͺ 323(3), 325(3), 335(3), 364(4), 382(2), 420, 471 β To @(202+5 GGC) <> π΄ High Energy Collision 368, 376, 393, 451 β To @(20+14 CCG)
π° @376 (20+14 :CCG) πͺ 323(3), 325(3), 335(4), 364(1), 382(3), 420, 471 β To @(202+5 GGC) <> π΄ High Energy Collision 368, 375, 393, 451 β To @(20+14 CCG)
π° @377 (5+8 :ACC) β 336(7), 384(4), 428 β To @(5+7 TCC)
π° @379 (5+5 :TGG) β 322(2), 371, 424, 459(-2) β To @(5+6 GTC) <> π΄ High Energy Collision 281, 296, 339, 350, 385, 406, 407, 408, 421, 457 β To @(5+5 TGG)
π· @380 (20+10 :TCG) πͺ 398, 399, 476 β To @(201+4 AGC) <> π΄ High Energy Collision 462 β To @(20+10 TCG)
π’ @381 (20+11 :TGA) πͺ 309, 331 β To @(20+3 ACT) <> π΄ High Energy Collision 283, 284, 358, 386, 422, 436 β To @(20+11 TGA)
π° @382 (202+5 :GGC) πͺ 368(3), 375(2), 376(3), 393, 451(2) β To @(20+14 CCG) <> π΄ High Energy Collision 323, 325, 335, 364, 420, 471 β To @(202+5 GGC)
π· @383 (20+17 :CTA) πͺ 355(-2), 370(6), 439 β To @(20+24 GAT) <> π΄ High Energy Collision 357, 389, 447 β To @(20+17 CTA)
π° @384 (5+7 :TCC) βπͺ Flow Figure8 + Opposites377(4), 449(1), 477 β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 336, 428 β To @(5+7 TCC)
π· @385 (5+5 :TGG) β 322, 371(6), 424(-2), 459 β To @(5+6 GTC) <> π΄ High Energy Collision 296, 339, 350, 379, 406, 407, 408, 421, 457 β To @(5+5 TGG)
π’ @386 (20+11 :TGA) πͺ 309, 331 β To @(20+3 ACT) <> π΄ High Energy Collision 358, 381, 422, 436 β To @(20+11 TGA)
π° @387 (5+2 :TGT) βπͺ Flow Figure8 + Opposites352(6), 363(2), 372(3), 391, 419, 438(2), 458 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 293, 302, 320, 365, 423, 431, 460, 463 β To @(5+2 TGT)
π· @388 (5+4 :GTT) πͺ 349, 351(4), 362(4), 400, 448(-4) β To @(203+1 CAA) <> π΄ High Energy Collision 305, 373, 394, 446 β To @(5+4 GTT)
π· @389 (20+17 :CTA) πͺ 355(-1), 370(2), 439(2) β To @(20+24 GAT) <> π΄ High Energy Collision 357, 383, 447 β To @(20+17 CTA)
π° @390 (3+8 :CCT) πͺπ Opposites + Structural Lock Key327(-1), 341, 396(3), 433(3), 442(2), 482 β To @(202+4, 3+7 GGA, TTC) <> π΄ High Energy Collision 334 β To @(3+8 CCT)
π° @391 (20+19 :ACA) πͺ 293, 302(2), 320, 365(1), 387, 423(1), 431(3), 460, 463 β To @(5+2 TGT) <> π΄ High Energy Collision 352, 363, 419, 438 β To @(20+19 ACA)
π° @392 (20+15 :CTC) πͺ 299, 308, 397(3) β To @(202+3 GAG) <> π΄ High Energy Collision 326, 338, 409 β To @(20+15 CTC)
π· @393 (20+14 :CCG) πͺ 323(1), 325(-1), 335, 364(5), 382, 420(-1), 471, 484(1) β To @(202+5 GGC) <> π΄ High Energy Collision 368, 375, 376, 451 β To @(20+14 CCG)
π° @394 (5+4 :GTT) πͺ 349, 351, 362(5), 400(1), 448(-2) β To @(203+1 CAA) <> π΄ High Energy Collision 305, 373, 388, 446 β To @(5+4 GTT)
π° @395 (20+4 :GCT) πͺ 359, 403(1) β To @(203+3 CGA) <> π΄ High Energy Collision 374, 481 β To @(20+4 GCT)
π° @396 (202+4 :GGA) πͺ 334(2), 390(3) β To @(3+8 CCT) <> π΄ High Energy Collision 327, 442, 482 β To @(202+4 GGA)
π° @397 (202+3 :GAG) πͺ 326(-2), 338, 392(3), 409 β To @(20+15 CTC) <> π΄ High Energy Collision 299, 307, 308, 316, 402, 473, 480 β To @(202+2, 202+3 GAA, GAG)
π· @398 (201+4 :AGC) πͺ 380, 462, 487 β To @(20+10 TCG) <> π΄ High Energy Collision 399, 476 β To @(201+4 AGC)
π· @399 (201+4 :AGC) πͺ 380, 462(-1), 487 β To @(20+10 TCG) <> π΄ High Energy Collision 398, 476 β To @(201+4 AGC)
π° @400 (203+1 :CAA) πͺ 305, 373, 388, 394(1), 446(-2), 495(-2) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 349, 351, 362, 437, 448, 464, 496 β To @(203+1, 203+5 CAA, CGG)
π· @401 (3+2 :AAT) π 337, 367, 426 β To @(3+1 TTA) <> π΄ High Energy Collision 454 β To @(3+2 AAT)
π° @403 (203+3 :CGA) πͺ 374(2), 395(1), 481(-2) β To @(20+4 GCT) <> π΄ High Energy Collision 359, 500 β To @(203+3 CGA)
π· @406 (5+5 :TGG) β 322, 371, 424(-1), 459(-3) β To @(5+6 GTC) <> π΄ High Energy Collision 339, 350, 379, 385, 407, 408, 421, 457 β To @(5+5 TGG)
π· @407 (5+5 :TGG) β 322, 371, 424, 459(-4) β To @(5+6 GTC) <> π΄ High Energy Collision 339, 350, 379, 385, 406, 408, 421, 457 β To @(5+5 TGG)
π· @408 (5+5 :TGG) β 322, 371, 424, 459(-3) β To @(5+6 GTC) <> π΄ High Energy Collision 339, 350, 379, 385, 406, 407, 421, 457 β To @(5+5 TGG)
π· @409 (20+15 :CTC) πͺ 397, 508 β To @(202+3 GAG) <> π΄ High Energy Collision 326, 338, 392 β To @(20+15 CTC)
π’ @411 (204+1 :GAC) πͺ 340 β To @(20+1 CTG) <> π‘βοΈ Medium Energy Guidance + Unknown Coordination 204+1 205+1 430, 466 β To @(204+5, 205+1 AAA, CGC)
π’ @415 (20+21 :AGT) πͺ 332(4), 369, 485(4), 504 β To @(20+9 TCA)
π’ @416 (20+2 :CAT) πͺ 317(-2), 333(4), 345(-2), 486(4) β To @(20+22 GTA) <> π΄ High Energy Collision 319, 342, 356, 427, 432, 434, 479 β To @(20+2 CAT)
π’ @417 (201+3 :AGA) πͺ 372(1), 458(2), 513(-2) β To @(5+1 TCT) <> π΄ High Energy Collision 344, 348, 444 β To @(201+3 AGA)
π° @419 (20+19 :ACA) πͺ 320(2), 365(-4), 387, 423(3), 431(-1), 460(5), 463 β To @(5+2 TGT) <> π΄ High Energy Collision 352, 363, 391, 438, 505 β To @(20+19 ACA)
π· @420 (202+5 :GGC) πͺ 368(2), 375, 376, 393(-1), 451 β To @(20+14 CCG) <> π΄ High Energy Collision 323, 325, 335, 364, 382, 471, 484 β To @(202+5 GGC)
π° @421 (5+5 :TGG) β 322, 371(5), 424(3), 459(3) β To @(5+6 GTC) <> π΄ High Energy Collision 339, 350, 379, 385, 406, 407, 408, 457, 510 β To @(5+5 TGG)
π’ @422 (20+11 :TGA) πͺ 331, 506(4) β To @(20+3 ACT) <> π΄ High Energy Collision 358, 381, 386, 436, 488, 498, 515 β To @(20+11 TGA)
π° @423 (5+2 :TGT) βπͺ Flow Figure8 + Opposites352(2), 363(-2), 372(1), 391(1), 419(3), 438(-1), 458(2), 505(4), 513(1), 521 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 365, 387, 431, 460, 463 β To @(5+2 TGT)
π° @424 (5+6 :GTC) βπͺ Flow Figure8 + Opposites339, 350(3), 379, 385(-2), 406(-1), 407, 408, 421(3), 457(4), 470, 510 β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 371, 459 β To @(5+6 GTC)
π· @426 (3+1 :TTA) π 401, 454(-2) β To @(3+2 AAT) <> π΄ High Energy Collision 337, 367 β To @(3+1 TTA)
π’ @427 (20+2 :CAT) πͺ 333, 345, 486, 522(2) β To @(20+22 GTA) <> π΄ High Energy Collision 342, 356, 416, 432, 434, 479, 525 β To @(20+2 CAT)
π· @428 (5+7 :TCC) βπͺ Flow Figure8 + Opposites377, 449, 477(-1), 520(3) β To @(202+1, 5+8 ACC, AGG) <> π΄ High Energy Collision 336, 384, 524 β To @(5+7 TCC)
π° @431 (5+2 :TGT) βπͺ Flow Figure8 + Opposites352, 363(-2), 372, 391(3), 419(-1), 438, 458(-2), 505, 513(-1), 521(6), 530 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 365, 387, 423, 460, 463 β To @(5+2 TGT)
π’ @432 (20+2 :CAT) πͺ 333(4), 345, 486, 522(2) β To @(20+22 GTA) <> π΄ High Energy Collision 342, 356, 416, 427, 434, 479, 525 β To @(20+2 CAT)
π’ @433 (3+7 :TTC) π 334(4), 390(3), 499(-2) β To @(3+8 CCT) <> π΄ High Energy Collision 341, 497, 523 β To @(3+7 TTC)
π’ @434 (20+2 :CAT) πͺ 345, 486, 522 β To @(20+22 GTA) <> π΄ High Energy Collision 342, 356, 416, 427, 432, 479, 525 β To @(20+2 CAT)
π’ @436 (20+11 :TGA) πͺ 506(-1) β To @(20+3 ACT) <> π΄ High Energy Collision 358, 381, 386, 422, 488, 498, 515, 528 β To @(20+11 TGA)
π° @438 (20+19 :ACA) πͺ 365(-2), 387(2), 423(-1), 431, 460, 463(-2), 533(3) β To @(5+2 TGT) <> π΄ High Energy Collision 352, 363, 391, 419, 505, 521, 530 β To @(20+19 ACA)
π° @439 (20+24 :GAT) πͺ 357(-2), 383, 389(2), 447(-1), 535(3) β To @(20+17 CTA) <> π΄ High Energy Collision 355, 370 β To @(20+24 GAT)
π’ @442 (202+4 :GGA) πͺ 390(2), 499 β To @(3+8 CCT) <> π΄ High Energy Collision 396, 482 β To @(202+4 GGA)
π· @444 (201+3 :AGA) πͺ 372(-1), 458, 513(-2), 542 β To @(5+1 TCT) <> π΄ High Energy Collision 348, 417, 529 β To @(201+3 AGA)
π° @446 (5+4 :GTT) πͺ 349(-3), 351(-2), 362(-2), 400(-2), 448(2) β To @(203+1 CAA) <> π΄ High Energy Collision 373, 388, 394, 495, 516 β To @(5+4 GTT)
π° @447 (20+17 :CTA) πͺ 355(-2), 370(1), 439(-1) β To @(20+24 GAT) <> π΄ High Energy Collision 357, 383, 389, 535 β To @(20+17 CTA)
π° @448 (203+1 :CAA) πͺ 373, 388(-4), 394(-2), 446(2), 495(-4), 516(-2) β To @(5+4 GTT) <> π΄π‘ High Energy Collision + Medium Energy Guidance 349, 351, 362, 400, 437, 464, 496 β To @(203+1, 203+5 CAA, CGG)
π· @449 (202+1 :AGG) πͺ 384(1), 428, 524(2) β To @(5+7 TCC) <> π΄ High Energy Collision 477, 520, 539 β To @(201+1, 202+1 AAG, AGG)
π’ @450 (3+4 :TAT) π 541(-1) β To @(3+3 ATA) <> π΄ High Energy Collision 472, 527, 534 β To @(3+4 TAT)
π· @451 (20+14 :CCG) πͺ 364, 382(2), 420, 471(-2), 484, 526, 532(-1) β To @(202+5 GGC) <> π΄ High Energy Collision 368, 375, 376, 393 β To @(20+14 CCG)
π· @454 (3+2 :AAT) π 367(-2), 426(-2) β To @(3+1 TTA) <> π΄ High Energy Collision 401 β To @(3+2 AAT)
π· @456 (20+16 :CGT) πͺ 474, 519 β To @(204+2 GCA) <> π΄ High Energy Collision 511 β To @(20+16 CGT)
π° @457 (5+5 :TGG) β 371(-4), 424(4), 459(6) β To @(5+6 GTC) <> π΄ High Energy Collision 379, 385, 406, 407, 408, 421, 510 β To @(5+5 TGG)
π° @458 (5+1 :TCT) βπͺ Flow Figure8 + Opposites365, 387, 417(2), 423(2), 431(-2), 444, 460(8), 463(-2), 529(3), 533(-1), 538(-2) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 372, 513, 542 β To @(5+1 TCT)
π° @459 (5+6 :GTC) βπͺ Flow Figure8 + Opposites379(-2), 385, 406(-3), 407(-4), 408(-3), 421(3), 457(6), 470, 510(-2), 548 β To @(203+2, 5+5 CAG, TGG) <> π΄ High Energy Collision 371, 424 β To @(5+6 GTC)
π° @460 (5+2 :TGT) βπͺ Flow Figure8 + Opposites363, 372(-2), 391, 419(5), 438, 458(8), 505, 513, 521, 530(3), 542(-2) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 365, 387, 423, 431, 463, 533, 538 β To @(5+2 TGT)
π· @462 (20+10 :TCG) πͺ 398, 399(-1), 476 β To @(201+4 AGC) <> π΄ High Energy Collision 380, 487, 509 β To @(20+10 TCG)
π° @463 (5+2 :TGT) βπͺ Flow Figure8 + Opposites372, 391, 419, 438(-2), 458(-2), 505, 513, 521, 530, 542 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 365, 387, 423, 431, 460, 533, 538, 561 β To @(5+2 TGT)
π’ @466 (204+5 :CGC) πͺ 512(2) β To @(204+3 GCG) <> π‘ Medium Energy Guidance 411 β To @(204+1 GAC)
π° @468 (203+4 :CCA) πͺ 475, 489(-3) β To @(20+25 GGT) <> π΄ High Energy Collision 494, 564, 566 β To @(203+4 CCA)
π· @470 (203+2 :CAG) πͺ 371, 424, 459, 559 β To @(5+6 GTC) <> π΄ High Energy Collision 548, 563 β To @(203+2 CAG)
π· @471 (202+5 :GGC) πͺ 375, 376, 393, 451(-2) β To @(20+14 CCG) <> π΄ High Energy Collision 382, 420, 484, 526, 532 β To @(202+5 GGC)
π’ @472 (3+4 :TAT) π 541 β To @(3+3 ATA) <> π΄ High Energy Collision 450, 527, 534 β To @(3+4 TAT)
π· @474 (204+2 :GCA) πͺ 456, 511(2), 562(3) β To @(20+16 CGT) <> π΄ High Energy Collision 519, 565 β To @(204+2 GCA)
π° @475 (20+25 :GGT) πͺ 468, 494, 564(1), 566(-4) β To @(203+4 CCA) <> π΄ High Energy Collision 489 β To @(20+25 GGT)
π· @476 (201+4 :AGC) πͺ 380, 462, 487(-1), 509(2) β To @(20+10 TCG) <> π΄ High Energy Collision 398, 399, 567 β To @(201+4 AGC)
π’ @477 (202+1 :AGG) πͺ 384, 428(-1), 524(1) β To @(5+7 TCC) <> π΄ High Energy Collision 449, 520, 539 β To @(201+1, 202+1 AAG, AGG)
π° @479 (20+2 :CAT) πͺ 486(2), 522(2) β To @(20+22 GTA) <> π΄ High Energy Collision 416, 427, 432, 434, 525 β To @(20+2 CAT)
π· @481 (20+4 :GCT) πͺ 403(-2), 500(4) β To @(203+3 CGA) <> π΄ High Energy Collision 395, 517 β To @(20+4 GCT)
π· @482 (202+4 :GGA) πͺ 390, 499(4) β To @(3+8 CCT) <> π΄ High Energy Collision 396, 442, 546 β To @(202+4 GGA)
π’ @484 (202+5 :GGC) πͺ 393(1), 451 β To @(20+14 CCG) <> π΄ High Energy Collision 420, 471, 526, 532, 574 β To @(202+5 GGC)
π’ @485 (20+9 :TCA) πͺ 415(4), 531(-2) β To @(20+21 AGT) <> π΄ High Energy Collision 504, 560 β To @(20+9 TCA)
π° @486 (20+22 :GTA) πͺ 416(4), 427, 432, 434, 479(2), 525(-1) β To @(20+2 CAT) <> π΄ High Energy Collision 522 β To @(20+22 GTA)
π· @487 (20+10 :TCG) πͺ 398, 399, 476(-1), 567(4) β To @(201+4 AGC) <> π΄ High Energy Collision 462, 509 β To @(20+10 TCG)
π· @488 (20+11 :TGA) πͺ 506, 545(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 422, 436, 498, 515, 528, 543, 554, 575 β To @(20+11 TGA)
π° @489 (20+25 :GGT) πͺ 468(-3), 494(-3), 564, 566(3) β To @(203+4 CCA) <> π΄ High Energy Collision 475 β To @(20+25 GGT)
π° @494 (203+4 :CCA) πͺ 475, 489(-3) β To @(20+25 GGT) <> π΄ High Energy Collision 468, 564, 566 β To @(203+4 CCA)
π’ @495 (5+4 :GTT) πͺ 400(-2), 448(-4), 549(-2) β To @(203+1 CAA) <> π΄ High Energy Collision 446, 516, 553, 569 β To @(5+4 GTT)
π° @497 (3+7 :TTC) πͺπ Opposites + Structural Lock Key499(2), 539 β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 433, 523 β To @(3+7 TTC)
π° @498 (20+11 :TGA) πͺ 506, 545(2) β To @(20+3 ACT) <> π΄ High Energy Collision 422, 436, 488, 515, 528, 543, 554, 575 β To @(20+11 TGA)
π° @499 (3+8 :CCT) πͺπ Opposites + Structural Lock Key433(-2), 442, 482(4), 497(2), 523(-2), 546(4) β To @(202+4, 3+7 GGA, TTC)
π· @500 (203+3 :CGA) πͺ 481(4), 517, 586(-1) β To @(20+4 GCT) <> π΄ High Energy Collision 403 β To @(203+3 CGA)
π· @504 (20+9 :TCA) πͺ 415, 531(2) β To @(20+21 AGT) <> π΄ High Energy Collision 485, 560 β To @(20+9 TCA)
π· @505 (20+19 :ACA) πͺ 423(4), 431, 460, 463, 533(3), 538, 561(-2), 590 β To @(5+2 TGT) <> π΄ High Energy Collision 419, 438, 521, 530, 581 β To @(20+19 ACA)
π° @506 (20+3 :ACT) πͺ 422(4), 436(-1), 488, 498, 515, 528(-1), 543(-2), 554(-1), 575, 598 β To @(20+11 TGA) <> π΄ High Energy Collision 545 β To @(20+3 ACT)
π’ @508 (202+3 :GAG) πͺ 409, 579 β To @(20+15 CTC) <> π΄ High Energy Collision 473, 480, 518, 555, 587 β To @(202+2 GAA)
π’ @509 (20+10 :TCG) πͺ 476(2), 567(2), 599(2) β To @(201+4 AGC) <> π΄ High Energy Collision 462, 487 β To @(20+10 TCG)
π’ @510 (5+5 :TGG) β 424, 459(-2), 559 β To @(5+6 GTC) <> π΄ High Energy Collision 421, 457, 576, 596 β To @(5+5 TGG)
π° @511 (20+16 :CGT) πͺ 474(2), 519, 565(2) β To @(204+2 GCA) <> π΄ High Energy Collision 456, 562 β To @(20+16 CGT)
π’ @512 (204+3 :GCG) πͺ 466(2) β To @(204+5 CGC)
π· @513 (5+1 :TCT) βπͺ Flow Figure8 + Opposites417(-2), 423(1), 431(-1), 444(-2), 460, 463, 529(-1), 533, 538, 561, 580, 583, 588, 590(-2) β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 458, 542 β To @(5+1 TCT)
π° @515 (20+11 :TGA) πͺ 506, 545(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 422, 436, 488, 498, 528, 543, 554, 575, 598 β To @(20+11 TGA)
π’ @516 (5+4 :GTT) πͺ 448(-2), 549 β To @(203+1 CAA) <> π΄ High Energy Collision 446, 495, 553, 569 β To @(5+4 GTT)
π· @517 (20+4 :GCT) πͺ 500 β To @(203+3 CGA) <> π΄ High Energy Collision 481, 586 β To @(20+4 GCT)
π° @519 (204+2 :GCA) πͺ 456, 511, 562(3) β To @(20+16 CGT) <> π΄ High Energy Collision 474, 565 β To @(204+2 GCA)
π° @520 (202+1 :AGG) πͺ 428(3), 524(3) β To @(5+7 TCC) <> π΄ High Energy Collision 449, 477, 539 β To @(201+1, 202+1 AAG, AGG)
π· @521 (20+19 :ACA) πͺ 423, 431(6), 460, 463, 533, 538(1), 561(3), 590 β To @(5+2 TGT) <> π΄ High Energy Collision 438, 505, 530, 581 β To @(20+19 ACA)
π° @522 (20+22 :GTA) πͺ 427(2), 432(2), 434, 479(2), 525(3) β To @(20+2 CAT) <> π΄ High Energy Collision 486 β To @(20+22 GTA)
π· @523 (3+7 :TTC) πͺπ Opposites + Structural Lock Key499(-2), 539(3) β To @(201+1, 3+8 AAG, CCT) <> π΄ High Energy Collision 433, 497 β To @(3+7 TTC)
π° @524 (5+7 :TCC) πͺ 449(2), 477(1), 520(3) β To @(202+1 AGG) <> π΄ High Energy Collision 428 β To @(5+7 TCC)
π° @525 (20+2 :CAT) πͺ 486(-1), 522(3) β To @(20+22 GTA) <> π΄ High Energy Collision 427, 432, 434, 479 β To @(20+2 CAT)
π’ @526 (202+5 :GGC) πͺ 451 β To @(20+14 CCG) <> π΄ High Energy Collision 471, 484, 532, 574, 595 β To @(202+5 GGC)
π· @527 (3+4 :TAT) π 541(2) β To @(3+3 ATA) <> π΄ High Energy Collision 450, 472, 534, 572 β To @(3+4 TAT)
π· @528 (20+11 :TGA) πͺ 506(-1), 545 β To @(20+3 ACT) <> π΄ High Energy Collision 436, 488, 498, 515, 543, 554, 575, 598 β To @(20+11 TGA)
π· @529 (201+3 :AGA) πͺ 458(3), 513(-1), 542(1) β To @(5+1 TCT) <> π΄ High Energy Collision 444, 580, 583, 588 β To @(201+3 AGA)
π° @530 (20+19 :ACA) πͺ 431, 460(3), 463, 533, 538, 561(4), 590(-1) β To @(5+2 TGT) <> π΄ High Energy Collision 438, 505, 521, 581 β To @(20+19 ACA)
π· @531 (20+21 :AGT) πͺ 485(-2), 504(2), 560(3) β To @(20+9 TCA)
π’ @532 (202+5 :GGC) πͺ 451(-1) β To @(20+14 CCG) <> π΄ High Energy Collision 471, 484, 526, 574, 595 β To @(202+5 GGC)
π° @533 (5+2 :TGT) βπͺ Flow Figure8 + Opposites438(3), 458(-1), 505(3), 513, 521, 530, 542(4), 581(1) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 460, 463, 538, 561, 590 β To @(5+2 TGT)
π° @534 (3+4 :TAT) π 541(4) β To @(3+3 ATA) <> π΄ High Energy Collision 450, 472, 527, 572 β To @(3+4 TAT)
π· @535 (20+17 :CTA) πͺ 439(3), 550, 578, 589(-1) β To @(20+24 GAT) <> π΄ High Energy Collision 447 β To @(20+17 CTA)
π° @538 (5+2 :TGT) βπͺ Flow Figure8 + Opposites458(-2), 505, 513, 521(1), 530, 542(-2), 581 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 460, 463, 533, 561, 590 β To @(5+2 TGT)
π· @539 (201+1 :AAG) πͺ 497, 523(3) β To @(3+7 TTC) <> π΄ High Energy Collision 449, 477, 520, 537, 540, 570 β To @(201+5, 202+1 AGG, GGG)
π° @541 (3+3 :ATA) π 450(-1), 472, 527(2), 534(4), 572(-1) β To @(3+4 TAT)
π° @542 (5+1 :TCT) βπͺ Flow Figure8 + Opposites444, 460(-2), 463, 529(1), 533(4), 538(-2), 561, 580, 583, 588, 590 β To @(201+3, 5+2 AGA, TGT) <> π΄ High Energy Collision 458, 513 β To @(5+1 TCT)
π° @543 (20+11 :TGA) πͺ 506(-2), 545(2) β To @(20+3 ACT) <> π΄ High Energy Collision 488, 498, 515, 528, 554, 575, 598 β To @(20+11 TGA)
π° @545 (20+3 :ACT) πͺ 488(-2), 498(2), 515(-2), 528, 543(2), 554(-2), 575(-2), 598(-2) β To @(20+11 TGA) <> π΄ High Energy Collision 506 β To @(20+3 ACT)
π’ @546 (202+4 :GGA) πͺ 499(4) β To @(3+8 CCT) <> π΄ High Energy Collision 482 β To @(202+4 GGA)
π· @548 (203+2 :CAG) πͺ 459, 559 β To @(5+6 GTC) <> π΄ High Energy Collision 470, 563, 573 β To @(203+2 CAG)
π° @549 (203+1 :CAA) πͺ 495(-2), 516, 553, 569 β To @(5+4 GTT) <> π‘ Medium Energy Guidance 464, 496 β To @(203+5 CGG)
π· @550 (20+24 :GAT) πͺ 535 β To @(20+17 CTA) <> π΄ High Energy Collision 578, 589 β To @(20+24 GAT)
π° @553 (5+4 :GTT) πͺ 549 β To @(203+1 CAA) <> π΄ High Energy Collision 495, 516, 569 β To @(5+4 GTT)
π° @554 (20+11 :TGA) πͺ 506(-1), 545(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 488, 498, 515, 528, 543, 575, 598 β To @(20+11 TGA)
π° @559 (5+6 :GTC) βπͺ Flow Figure8 + Opposites470, 510, 548, 563, 573, 576, 596(-1) β To @(203+2, 5+5 CAG, TGG)
π· @560 (20+9 :TCA) πͺ 531(3) β To @(20+21 AGT) <> π΄ High Energy Collision 485, 504 β To @(20+9 TCA)
π· @561 (5+2 :TGT) βπͺ Flow Figure8 + Opposites505(-2), 513, 521(3), 530(4), 542, 581 β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 463, 533, 538, 590 β To @(5+2 TGT)
π° @562 (20+16 :CGT) πͺ 474(3), 519(3), 565 β To @(204+2 GCA) <> π΄ High Energy Collision 511 β To @(20+16 CGT)
π° @563 (203+2 :CAG) πͺ 559 β To @(5+6 GTC) <> π΄ High Energy Collision 470, 548, 573 β To @(203+2 CAG)
π’ @564 (203+4 :CCA) πͺ 475(1), 489 β To @(20+25 GGT) <> π΄ High Energy Collision 468, 494, 566 β To @(203+4 CCA)
π° @565 (204+2 :GCA) πͺ 511(2), 562 β To @(20+16 CGT) <> π΄ High Energy Collision 474, 519 β To @(204+2 GCA)
π’ @566 (203+4 :CCA) πͺ 475(-4), 489(3) β To @(20+25 GGT) <> π΄ High Energy Collision 468, 494, 564 β To @(203+4 CCA)
π’ @567 (201+4 :AGC) πͺ 487(4), 509(2) β To @(20+10 TCG) <> π΄ High Energy Collision 476, 599 β To @(201+4 AGC)
π· @569 (5+4 :GTT) πͺ 549 β To @(203+1 CAA) <> π΄ High Energy Collision 495, 516, 553 β To @(5+4 GTT)
π’ @572 (3+4 :TAT) π 541(-1) β To @(3+3 ATA) <> π΄ High Energy Collision 527, 534 β To @(3+4 TAT)
π· @573 (203+2 :CAG) πͺ 559 β To @(5+6 GTC) <> π΄ High Energy Collision 548, 563 β To @(203+2 CAG)
π’ @575 (20+11 :TGA) πͺ 506, 545(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 488, 498, 515, 528, 543, 554, 598 β To @(20+11 TGA)
π· @576 (5+5 :TGG) β 559 β To @(5+6 GTC) <> π΄ High Energy Collision 510, 596 β To @(5+5 TGG)
π’ @578 (20+24 :GAT) πͺ 535 β To @(20+17 CTA) <> π΄ High Energy Collision 550, 589 β To @(20+24 GAT)
π’ @579 (20+15 :CTC) πͺ 508 β To @(202+3 GAG)
π’ @580 (201+3 :AGA) πͺ 513, 542 β To @(5+1 TCT) <> π΄ High Energy Collision 529, 583, 588 β To @(201+3 AGA)
π° @581 (20+19 :ACA) πͺ 533(1), 538, 561, 590(-1) β To @(5+2 TGT) <> π΄ High Energy Collision 505, 521, 530 β To @(20+19 ACA)
π’ @583 (201+3 :AGA) πͺ 513, 542 β To @(5+1 TCT) <> π΄ High Energy Collision 529, 580, 588 β To @(201+3 AGA)
π’ @586 (20+4 :GCT) πͺ 500(-1) β To @(203+3 CGA) <> π΄ High Energy Collision 517 β To @(20+4 GCT)
π’ @588 (201+3 :AGA) πͺ 513, 542 β To @(5+1 TCT) <> π΄ High Energy Collision 529, 580, 583 β To @(201+3 AGA)
π’ @589 (20+24 :GAT) πͺ 535(-1) β To @(20+17 CTA) <> π΄ High Energy Collision 550, 578 β To @(20+24 GAT)
π° @590 (5+2 :TGT) βπͺ Flow Figure8 + Opposites505, 513(-2), 521, 530(-1), 542, 581(-1) β To @(20+19, 5+1 ACA, TCT) <> π΄ High Energy Collision 533, 538, 561 β To @(5+2 TGT)
π’ @596 (5+5 :TGG) β 559(-1) β To @(5+6 GTC) <> π΄ High Energy Collision 510, 576 β To @(5+5 TGG)
π’ @598 (20+11 :TGA) πͺ 506, 545(-2) β To @(20+3 ACT) <> π΄ High Energy Collision 515, 528, 543, 554, 575 β To @(20+11 TGA)
π’ @599 (201+4 :AGC) πͺ 509(2) β To @(20+10 TCG) <> π΄ High Energy Collision 567 β To @(201+4 AGC)
No partner sequences found - no rna reportFree Open Source
Download the genetic rhythm analyzer, a Python program using the codon mapping model.
Rendered with Quarto from a template generated by the analyzer.
Include your own metadata and translations. Tune this discordant rough draft of the notes, the grammar, the science. Find more fidelity in Gaiaβs symphony.